Screening of Demulsifier for Nan Yi Station Produced Fluids and Produced Water Treatment 南一站采出液破乳剂筛选及回注水处理研究
Study on Recovering Waste Oil from Oily Sludge Using Demulsifier Assisted Ultrasound Application of ultrasonic emulsion breaking technology in electrostatic desalting process 破乳剂辅助超声波回收含油污泥中污油的研究超声波破乳技术在电脱盐工艺中的应用
Research and Application of Low temperature and efficient demulsifier in Longdong oil field emulsion breaker 陇东油田低温高效破乳剂的研制与应用
Selection of Demulsifier for Watercut Crude Oil of Dagang S-1 Station and Interfacial Tension 大港南一站含水原油破乳剂筛选与油水界面张力
Demulsifier TKQ comprises of phenol-amine resin block polyethers and quaternized polyamidoamine. 该破乳剂由酚胺树脂聚醚和聚酰胺-季铵盐两种组分组成。
Study on Synthesis and Properties of Dendritic Oil Demulsifier 树枝型原油破乳剂的合成及性能研究
Preparhtion and use of demulsifier cn-1. cn-1破乳剂的研制与应用。
A novel kind of demulsifier was synthesized through esterification of polyether demulsifier LE28 and demulsifier FJM which was copolymerized of acrylic acid and n-butyl acrylate. 以丙烯酸和丙烯酸丁酯为原料,合成了非聚醚破乳剂。通过非聚醚破乳剂和聚醚破乳剂LE28酯化接枝共聚,制备了一种新型的两亲性的破乳剂。
Test and Application of Reverse Demulsifier on the Waste Water Treatment 反相破乳剂处理污水油的试验与应用
Through investigation of water clarifying mechanism of demulsifier during demulsifying period, using the theory of relationship between structure and performance of surfactant, combining with the composition character of crude oil, the molecular structure design and synthesis of demulsifier were conducted. 通过探讨破乳剂在破乳过程中的清水机理,运用表面活性剂结构与性能关系理论,结合原油的组成特点,进行了破乳剂分子的结构设计与合成。
A laboratory study on combination of crude oil demulsifier and additive 原油破乳剂与添加剂复配的实验研究
After application of this demulsifier, the dehydration rate has been improved arid operation cost has been saved. 应用该破乳剂后,明显提高破乳剂的脱水率,节约了运行成本。
Salts substances on demulsifier demulsification dewatering performance Nitrates are present in the human saliva, as well as in some preserved foods. 盐类物质对YT-100-Ⅱ破乳剂破乳脱水性能的影响硝酸盐类物质存在于人的唾液中以及一些存储的食物中。
Influence of Some Oilfield Chemicals on Demulsification/ Dehydration of Crude Oils and Demulsifier Selection 几种油田化学剂对原油破乳脱水的影响及破乳剂筛选
For polymer flooding system, Demulsifier selection is dependent on polymer concentrations in produced liquid. 对于聚驱体系,要根据采出液聚合物的含量不同,选用不同种类的破乳剂。
Research of Crude Oil Demulsification Mechanism and Development of Demulsifier 原油破乳机理研究与破乳剂的发展
The demulsifier benefits the break in g of the oil water emulsion. 破乳剂的这一性质对船用油乳化液的破乳也是有利的。
We have synthesized demulsifier of acrylic acid series with method of copolymerization, and studied the factors of influence for reaction as to temperature, dosage of solvent, time, dosage of monomer, dosage of solicitation, dosage of pH regulator, have or not polymerization inhibitor. 合成了丙烯酸类共聚破乳剂,研究了温度、溶剂用量、时间和单体配比、引发剂用量、pH调节剂用量、有无阻聚剂等因素对反应的影响。
The higher resin and asphalt the crude oil contains, the more demulsifier is needed. 胶质和沥青质含量高的原油对破乳剂的需要量也大。
The paper respectively studied the effects of the monomers and initiator on the dehydrate rate of the demulsifier. 考察了各单体及引发剂用量对合成破乳剂脱水率的影响。
Research And Application of Demulsifier Used in Sea Crude Oil 海洋原油用破乳剂的研究和应用
This variation regularity can be taken as a basis to choose the crude demulsifier. 这一变化规律,可作为选择原油破乳剂的依据。
To solve this problem, the causes of IL growth are investigated and a novel demulsifier is developed. 为解决这一问题,研究了油水过渡层加厚的原因,研制了可防止这一现象出现的原油破乳剂。
Besides, the effects of pH value of demulsifier and testing temperature on water number were studied as well. 此外,还研究了破乳剂的pH值和测量温度对水数的影响。
The application situation and development trends of demulsifier for crude oil 原油破乳剂的应用现状和发展趋势
Structure of the demulsifier and the interfacial adsorption capacity are two important factors on the demulsification efficiency. 破乳剂的分子结构与油水界面吸附能力的强弱是影响破乳脱水的两个重要因素。
By means of measurement of interfacial tension, the synergetic effect between demulsifier and microbial surfactant was confirmed. 通过界面张力的测定,证实了微生物表面活性剂和破乳剂之间的协同作用。
Most irons can not be efficient removed from crude oils using only demulsifier in the desalting process. 在破乳剂存在下,脱盐过程并不能有效地脱除原油中大部分金属铁。
The research of this article has provided the foundation to exploit a series of demulsifier with new-style chemical structure. 本论文的研究为开发一类具有新型化学结构的原油破乳剂提供了依据。